Residents of Shipan City are increasingly worried about the potential for severe weather, as the community is set to lose 14 staff members, leaving it vulnerable to such events.
Wolf, a retired meteorologist from Davenport, expressed his concerns. He mentioned that up to 12 staff members were typically involved in managing severe weather incidents simultaneously. The cutbacks have resulted in a significantly reduced workforce for critical situations, especially when other forecast offices are also dealing with their own weather emergencies.
“With only 14 staff members, needing 10 leaves you in a tough spot,” Wolf remarked. “If we face a major weather event in the coming weeks, I’m confident they will still perform admirably, as they have in the past.”
Brian Payne, emergency manager for Scott County, Iowa, stated he has been receiving consistent service and hasn’t observed any issues.
“We depend on them heavily,” Payne noted. “They seem exhausted.”
A former National Weather Service staff member, familiar with the situation in Davenport, indicated that the team’s professionalism and commitment are crucial in preventing more serious outcomes.
“They all strive to accomplish their tasks despite time constraints and unpredictable conditions,” said the former employee, who preferred to remain anonymous due to fears of repercussions. “I genuinely feel for the team; they carry a heavy burden.”
Sorensen noted that employees are apprehensive about retaliation and hesitant to express their concerns.
“These are my friends and colleagues. I studied alongside a meteorologist 25 years ago,” Sorensen said, referencing Friedline. “They worry that their comments could have political consequences, and that someone might respond like a bully from high school, unjustly targeting them.”
isDuring this long, hot, dreary summer, I’ve come to believe in only one thing: seeing Twisters in 4DX. Set in Oklahoma, this Lee Isaac Chung-directed film gets a 7/10 in 2D. It’s a sort of blockbuster sequel to the 1996 disaster movie, with Glen Powell and Daisy Edgar-Jones playing tornado chasers and showing off some modest chemistry. But in the immersive theater format of 4DX, where audiences are pelted with literal wind and rain, Twisters gets a can’t-miss 10/10.
In 4DX, you feel every jolt, from the punch in your back to the tickle in your ankles, as the truck sways in the F5 winds. When the characters cling to their bolted-down theater seats during the climactic storm, I clung to the armrests to keep from being torn apart by the wind. There were loud cheers at my screening every time the movie’s tornado hit, as in the scene in which Powell wears a skin-tight white T-shirt in a light rain. I emerged from Twisters with matted hair and tear stains down my side. A friend lost a shoe. In 4DX, in the words of Tyler Owens, who plays Powell, you don’t just “ride out” the storm. teeth storm.
I’m not alone Glorious Recognition4DX has been around in the US for a decade, first introduced with Transformers: Age of Extinction in 2014, but Twisters marks 4DX’s culmination and breakout success this summer. Domestic box office records were broken 4DX grossed $2.3 million in its opening weekend across 62 theaters across the US. A TikTok user recorded himself leaving a screening of Twisters and heading home. Mascara streaks, Pushing and shoving in a four-person theater seat and Seeing God (With shocked parents) In the wind tunnel. A week later, Deadpool and Wolverine Exceeded Twisters’ record $2.8 million marked the second consecutive best weekend ever for 4DX, the second most popular of the so-called “premium large-format” viewing options after IMAX, which accounted for a significant chunk of this month’s box office takings. Alien: Romulus box office.
“Premium formats like 4DX and IMAX are making a full comeback,” says Paul Dergarabedian, senior media analyst at Comscore. “People complain about the price of movie tickets, but audiences don’t seem to mind paying a premium for a particular film experience.” For an average of $8 more than a standard ticket, audiences can feel the impact of a sandworm in Dune, simulate the terror of zero gravity in Alien, and scream inside a tornado. The hype for Twisters has been building for years. A Post-Pandemic Craze for Bold, Spectacular Theatrical Experiences “With Twisters, everything clicked,” says Duncan MacDonald, head of worldwide marketing and theatrical development for 4DX company CJ 4DPlex Americas. “We’ve been stuck at home for so long, and theaters have been closed for so long, so we wanted to see something different, and 4DX gave us that.”
4DX’s summer is largely thanks to a team of artists (whom the company calls “editors”) based in Seoul, South Korea, who adapt 35-40 Hollywood movies and about 70-80 non-Hollywood films a year. Since 2009, the studio has enhanced some 1,050 movies, from horror to the Fast and Furious to Pixar films, with 4DX effects such as smells (gardenias, roses from Beauty and the Beast, Wonka chocolate), weather, lighting, and chair programming adapted from a military flight simulator. What began as an experiment by South Korean cinema chain CJ CGV is now screening in 792 cinemas worldwide, including 63 in the U.S. and Canada, according to the company.
Editors take over once nearly all post-production is finished, usually about a month before the film’s release. The team then goes through the film scene by scene, and frame by frame for particularly intense action sequences, choreographing the chair movements and fine-tuning the effects to match the change in perspective. They have to decide which elements to emphasize at which moments and which to tone down. In the case of Twisters, do you focus on the experience of the battered truck, or the wind? In one storm scene, the 4DX experience “starts with the truck, and you feel every little impact,” says Paul Hyun Kim, senior vice president of content and production at CJ 4DPlex. When a tornado forms in the distance, the seats shake less to match the swaying of the truck, emphasizing the tornado’s intense gusts and smooth movement, drawing the audience into the larger storm. “You’re focused on the tornado, you become part of it,” Kim says.
“It’s a very creative process,” he added. It’s also collaborative: Each team has a lead editor who pitches internally to the studio’s editor-in-chief, Cindy Lee, who has edited 300 titles in 15 years. “With that experience, you really start to gain nuance and a feel and expertise for what to highlight and what to distance yourself from,” Kim said.
If you think a regular tornado is scary, fasten your seatbelts. Scientists have created a tornado so powerful that it resembles a black hole. why? This giant vortex closely mimics a black hole, so it could offer great potential for black hole research.
It was published in the magazine Nature experimental study We created something never seen before: a quantum tornado. Basically, while a normal tornado circulates by tearing apart trees and houses, a quantum tornado circulates atoms and particles.
To make the tornado mimic a black hole, the researchers needed to use helium in a “superfluid” state, meaning it has a low viscosity and can flow without resistance. These properties allow scientists to closely observe how helium interacts with its surroundings.
This led to the discovery that small waves on the liquid surface simulate the gravitational conditions around a rotating black hole.
So how did they do it? First, the team led by the University of Nottingham needed to achieve the right properties for the liquid. This involved cooling several liters of superfluid helium to the lowest possible temperature, below -271°C.
Normally, tiny objects called “quantum vortices” in liquid helium spread apart from each other. But at this new, ultra-low temperature, liquid helium takes on quantum properties and stabilizes.
Helium “quantum tornado” experimental equipment at the black hole laboratory. – Photo credit: Leonardo Solidoro
Using a new cryogenic device, researchers were able to trap tens of thousands of these tiny objects, creating a “vortex” similar to a tornado.
The success of this experiment will allow researchers to compare the interactions inside a simulated black hole with their own theoretical projections, giving scientists a new way to simulate theories of curved spacetime and gravity. Possibilities will be unlocked.
“When we first observed clear signs of black hole physics in our first analog experiments in 2017, it was a discovery of some strange phenomena that are often difficult, if not impossible, to study in other ways.” It was a breakthrough moment for understanding the phenomenon.” Professor Silke Weinfurtneris leading the research at the Black Hole Institute, where this experiment was developed.
“Now, with more sophisticated experiments, we have taken this research to the next level. This may lead to predictions of what will happen.”
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